KEGG   Xenopus laevis (African clawed frog): 100381200
Entry
100381200         CDS       T01010                                 
Symbol
myh4.L
Name
(RefSeq) myosin-4
  KO
K24220  myosin heavy chain 1/2/3/4/8/13/7B/15
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla04814  Motor proteins
xla04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:xla00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100381200 (myh4.L)
   04820 Cytoskeleton in muscle cells
    100381200 (myh4.L)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xla04812]
    100381200 (myh4.L)
Cytoskeleton proteins [BR:xla04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     100381200 (myh4.L)
SSDB
Motif
Pfam: Myosin_head Myosin_tail_1 Myosin_N ADIP CC2-LZ Filament Crescentin BRE1 IQ AAA_16 AAA_22
Other DBs
NCBI-GeneID: 100381200
NCBI-ProteinID: XP_041429050
Xenbase: XB-GENE-6468938
UniProt: A0A8J1LK22
Position
8L:95324856..95338892
AA seq 1937 aa
MGDGEMSIFGEAAQFLRKSDKERLEAQSKPFDAKNTVFVDDPKELYVKGFVTAREDGKVT
VKTDDGRTVTVKDSQIYPQNPPKYDKIEDMAMMTHLNEASVLYNLKERYAAWMIYTYSGL
FCATVNPYKWLPVYNPEVVAGYRGKKRMETPPHIFSLSDNAYQAMLTDRENQSVLITGES
GAGKTVNTKRVIQYFATIAALGEAGKKKELSNSLQGNLEDQIIEANPLLEAFGNAKTVRN
DNSSRFGKFIRIHFGTTGKLSSADIETYLLEKSRVTFQLSAERSYHIFYQILTNKKPELV
EMLLVTTNPYDFPSISQGEIVVKSINDEEELMATDNAIDILGFNQEEKLGIYKMTGAVMH
YGNMKFKQKQREEQAEPDSVEVADKIAYLMGLNSADLLKALCYPRVKVGNEFVTKGQTVP
QVYNAVGALSKSVFEKLFLWMVTRINQQLDTKQPRQFFIGVLDIAGFEIFDFNSLEQLCI
NFTNEKLQQFFNHHMFVLEQEEYKKEGIEWEFIDFGMDLAACIELIEKPLGIFSILEEQC
MFPKSTDNSFKDKLYEQHLGKCKNFEKPKPGKGKAEAHFSLVHYAGTVDYNISGWLEKNK
DPLNESVIQLYQKSSVKLLSLLYSAFAAAEADAAGKGGKKKKGSSFQTVSGLFRENLGKL
MTNLRSTHPHFVRCLIPNESKTPGIMDNHLLIHQLRCNGVLEGIRICRKGFPSRILYGDF
KQRYKVLNASAIPEGQFIDNKKACEKLLGSIDIDHTQYKLGHTKVFFKAGLLGTLEEMRD
EKLAQLITCTQALCRGFLMRVEFKKMMERREAIYLIQYNLRSFMNVKHWPWMKLYFKIKP
LLQSAETEKEMANMKEEFEKTKEALVKAEARKKELEEKMVSLLQEKNDLVLQVQSEGETL
ADSEERCEGLIKSKIQLESKLKELTERLEDEEESNAELTAKKRKLEDECSELKKDIDDLE
LTLAKVEKEKHATENKVKNLTEEMAALDENISKLSKEKKALQEAHQQTLDDLQAEEDKVS
SLSKAKTKLEQQVDDLEGSLEQEKKLRLDFERAKRKLEGDLKLTQETVMDLENDKQQTEE
KLKKKDFEISQLQGKIEDEQSLGIQLQKKIKELQARIEELEEEIEAERAARAKVEKQRAD
LSRELEEISERLEEAGGATSAQIEMNKKREAEFQKLRRDLEEATLQHEATAGALRKKHAD
SVAELGEQIDNLQRVKQKLEKEKSELKMETDDLASNLENVSKSKANLEKVNRVLEDQLSE
VKAKDDERQRLLNDLTTQKARLQTETGELSRQLEERESLISQLSRGKQGFTQQVEELKRQ
LEEETKAKNALAHALQSSRHDCDLLREQFEEEQEAKAELQRSLSKANGEVAQWRTKYETD
AIQRTEELEEAKKKLAQRLQDAEEQVEAVNSKCASLEKTKQRLQSEVEDLMVDVERANGA
ATALDKKQRNFDKVLVEWKQKYEEGQAELEAALKESRSLSTEIFKMKNAYEESLEHVETL
KRENKNLQQEISDLTEQIGESGKSVIELEKVKKQVEQEKNDLQAALEEAEGSLEHEEAKI
LRIQLELNQVKSEVDRKIAEKDEEIEQLKRNSQRAIDTMQSTLDSEIRSRNDALRLKKKM
EGDLNELEIQLGHANRQASEAQKHLRNVQAQFKESQLQLDDAVRGQEDLKEQVAVIERRN
NLFQAEIEENRAALEQTERSRKIAEQELLDASERLQLFHSQNTSLINSKKKLESDISQLQ
NEAEEAVQESRNAEEKAKKAITDAALMAEELKKEQDTSAHLERMKRNLEQTVKDLQSRLD
EAEQLAMKGGKKQLQKLESRVRELENEVENEQKRGVDAVKGVRKYERRVKELTYQTEEDK
KNVLRLQDLVDKLQSKVKAYKRQAEESEEQANAHLSRFRKVQHELEEAEERADIAESQVN
KLRTKSRDVGGKKESQE
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgggtgatggagagatgtccatcttcggcgaggccgcacaatttctcaggaaaagtgat
aaagaacgtttggaggcacagagcaagccttttgatgccaagaacactgtatttgtagac
gatccaaaggaactttatgtcaaaggtttcgttacagccagggaagatggcaaagtaact
gtgaagactgatgatggaagaacagttactgtcaaagacagccaaatttacccccagaac
cctcccaagtatgataaaattgaagacatggctatgatgacccatttgaatgaggcttct
gtcctgtataacctcaaagagcgttatgctgcatggatgatctacacttattctggcctt
ttctgcgccactgtcaacccctacaagtggctgccagtgtacaaccctgaggttgttgcc
ggctacagagggaaaaagcgtatggaaaccccccctcacattttctccctttctgataac
gcctatcaagccatgttaacagatcgtgaaaaccagtctgtccttattactggagaatct
ggtgcaggaaagactgtgaacaccaagcgtgtcatccagtattttgcaacaattgcagca
cttggagaagctggaaagaagaaggaactctccaacagcttgcagggaaacctggaagat
caaatcattgaggccaaccctctgctggaagcctttggtaatgccaagactgtgagaaat
gacaactcctctcgttttggtaaattcatcaggatccattttggaactacaggaaaactg
tcttcagctgatattgaaacatatctgctggaaaagtccagagttacattccagctttca
gcagaaagaagttatcacatcttctatcagatcttaacaaataagaagccagaacttgtt
gagatgcttctggtcaccaccaacccatatgacttcccatccatcagtcagggtgagatc
gttgtgaagagtattaatgatgaagaggaattgatggccacagataatgccattgacatc
ttgggtttcaatcaagaagaaaagcttggcatctacaaaatgactggtgctgtcatgcat
tatggcaacatgaaattcaagcaaaagcaaagggaagagcaggctgaacctgatagcgtt
gaggtggctgacaaaattgcttatctgatgggcctcaactctgctgatttgctcaaggct
ttgtgttacccaagagtcaaggtcggcaatgaatttgtcaccaaaggacagactgtccct
caggtctataacgctgtaggtgccctgagcaagtctgtttttgaaaaactgttcttgtgg
atggtcactcgtattaaccaacagctggatactaagcaaccaagacaattcttcattggt
gtgctggatattgctgggttcgaaatctttgactttaacagcttggagcagctctgcatc
aactttaccaatgaaaaactgcaacagtttttcaatcaccacatgttcgtcctggagcag
gaggaatacaagaaggaaggaattgagtgggagtttatcgactttggtatggatttggct
gcctgcattgagcttattgagaagccactgggtatcttctccatccttgaagagcagtgc
atgttccccaagtccactgacaattctttcaaggacaaactatatgaacaacatctgggc
aaatgcaagaactttgagaagcccaagcctggcaaaggaaaggcagaagctcacttctct
cttgtgcattatgctgggactgtggattacaacatttctggctggcttgaaaagaacaag
gacccactgaacgagtcagttatccaactctaccagaagtcttctgttaaactgctgtcc
ttgctctactctgcctttgctgcagctgaagctgatgctgctggtaaaggtggaaagaaa
aagaagggatcctctttccagactgtgtctggtctcttcagggaaaatctgggcaaactt
atgacaaacttgagaagcactcaccctcactttgtgcgttgtttgattcccaatgaatcc
aagactccaggtatcatggacaaccatctcctcatccaccagctgagatgtaatggtgtg
ctggaaggtattagaatctgcaggaaaggatttccaagcagaatcctctatggtgatttc
aaacaacgttacaaagttctgaatgccagtgccattccagaagggcaatttattgacaac
aagaaggcttgtgagaagcttctaggctcaattgatatcgaccacactcagtataaactt
ggacacaccaaggtatttttcaaagctggtcttttgggtactctggaggaaatgagagat
gaaaagttagctcaacttattacttgcacccaagctctttgcagaggatttttgatgagg
gttgagttcaagaaaatgatggaacgaagggaggccatatatctcattcagtacaatttg
aggtcgttcatgaatgtcaaacactggccatggatgaaactgtacttcaagatcaagcct
ctcctgcagagtgctgagactgagaaagagatggcaaacatgaaggaagaatttgagaag
accaaggaagcattggtaaaagcagaagcaagaaagaaagaactggaggagaaaatggtt
tccctgctccaggaaaagaatgatctagtcctgcaggttcaatcggaaggtgaaaccttg
gctgattctgaggagagatgtgaagggctcatcaaaagcaaaattcagctggagtctaaa
ctaaaggaattaacagaaagacttgaagatgaagaagaaagcaatgcagaactaacagca
aagaagaggaaactggaggatgaatgttctgagcttaagaaagacattgatgaccttgaa
cttacgttggccaaagtagaaaaggagaagcatgccacagaaaacaaggtcaaaaacctt
actgaagaaatggcagctctcgatgagaacatttccaaactgtccaaagaaaagaaggcc
cttcaagaggctcaccaacaaacacttgatgacctgcaagctgaagaggacaaagtcagt
tctctgtcaaaagcaaagacaaagctagaacagcaagttgatgatctggaaggttccctg
gagcaagagaagaaacttcgtcttgactttgagagagccaagagaaagcttgaaggagat
ctgaaactgacccaggaaactgttatggaccttgagaatgataaacaacaaactgaagaa
aaacttaaaaagaaagactttgaaataagccagctgcaaggaaagatagaagatgaacag
tccctgggcattcagttgcagaaaaagatcaaggaactgcaggctagaattgaagaactt
gaggaagaaattgaagctgaacgtgcagctcgtgcaaaggtagagaaacaaagggctgat
ctttccagggaacttgaggagatcagtgagagacttgaagaagctggaggtgcaacatct
gctcagattgagatgaacaaaaaacgtgaagctgagttccagaaactgagacgtgacctg
gaggaggcaacccttcagcatgaagccactgctggtgccctgcgcaaaaaacacgctgat
agcgtagctgagcttggggagcaaattgataacctgcagcgggttaaacaaaagcttgag
aaagaaaagagtgaattgaagatggagactgatgatcttgccagcaacttggaaaatgta
tccaaatcaaaggctaatcttgaaaaggttaatcgtgtccttgaggaccaacttagtgaa
gtgaaggcaaaggatgatgagcgccagcgtctcctcaatgacctcactactcaaaaggct
cgcttgcagactgagactggtgagctctcccgtcagcttgaagagagggaatctctaatt
tctcagctctcaagaggaaagcagggatttactcagcaagttgaagaactgaagaggcaa
cttgaagaggaaacaaaggctaagaatgcccttgctcatgcgctacaatcatcccgtcat
gactgtgacttgcttcgagaacaatttgaggaagagcaggaggccaaggctgaacttcag
cgctcactgtccaaagccaatggggaagttgcacaatggaggaccaaatatgaaactgat
gcaattcagcgtactgaggagcttgaagaagccaagaagaaacttgctcagcgtttacag
gatgctgaggaacaagttgaagctgtgaattctaaatgtgcctccttggagaagactaag
cagagactgcaatctgaagttgaggacttgatggttgatgttgagagagcaaatggtgca
gcaactgctcttgataagaagcagagaaactttgataaggtcctggtagaatggaaacag
aagtatgaagagggccaggctgaattggaagcagctctgaaggaatctcgcagcctgagc
actgagatcttcaagatgaagaatgcttatgaggaatctctggagcatgttgaaactctg
aaacgtgaaaacaagaaccttcaacaggagatttcagatctgacagaacagattggtgaa
agtggaaaatcagttattgaattggagaaggtcaagaagcaggtggagcaagaaaagaat
gatctccaggctgctctggaagaagcagagggatctctggaacatgaagaagccaagatt
ctgcgcatccagcttgaactgaaccaggtgaaatctgaagtggacaggaaaattgcagag
aaggatgaggaaattgaacagttaaagagaaacagccagagggctatcgacaccatgcag
agcacactggactctgaaatcaggagcagaaatgatgcattgagactgaagaagaagatg
gaaggtgatctgaatgagcttgagatccagctgggtcacgccaaccgtcaggcttctgaa
gcacagaaacatctcaggaatgtccaggcccagttcaaggagtcccagctccagttggat
gatgcagttaggggacaggaggacctgaaggaacaggttgctgtaattgagcgcagaaat
aacttgtttcaagctgaaattgaagaaaacagggctgctctggaacagacagaaagatct
cgtaagattgcagaacaggagctcctagatgcaagcgaacgtcttcagctgtttcattca
cagaacacaagtctcattaacagcaagaagaaacttgaaagtgacatcagtcagctacag
aatgaggctgaggaagctgtccaagaatccagaaatgctgaagagaaggcaaagaaggcc
ataacagatgctgccctgatggcagaggaactgaagaaggaacaggacaccagtgctcac
ttagaaaggatgaagaggaaccttgaacagactgtgaaggaccttcaaagtcgcctggat
gaagctgaacaactcgcaatgaagggtggcaagaagcagctccagaaactggaatccagg
gtacgggaactggagaatgaagtggagaacgaacagaaacgtggtgttgatgctgtgaaa
ggtgtccgtaaatatgagaggagagtgaaggaactcacataccagactgaggaagataag
aagaacgttctgagactgcaggacctggtggacaaacttcagtctaaagttaaagcctac
aagaggcaggctgaggaatctgaggaacaagccaatgcccacttgagccgcttccgtaag
gttcagcacgagcttgaagaagcagaagaaagagctgatattgcagagtcccaagtgaat
aagctcaggaccaagagccgtgatgttggaggcaagaaagagtctcaagagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (11)   
   Pfam (11)   
All databases (53)   

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